Auto Parry multiple balls

 RunService = :()
 Players = :()
 VirtualInputManager = :()
 Player = Players.LocalPlayer
 previousVelocities = {}
 previousPlayerPosition = 
 hitboxLine = 
  (startPos, endPos)
	 dist = (startPos - endPos).Magnitude
	 part = .()
	part.Size = .(, , dist)
	part.CFrame = .(startPos, endPos) * .(, , -dist/)
	part.Anchored = 
	part.CanCollide = 
	part.Color = .(, , )
	part.Material = .Material.Neon
	part.Transparency = 
	part.Parent = 
	.(, () part:() )

  (ball, speed)
	 label = ball:()
	  label 
		label = .()
		label.Name = 
		label.Adornee = ball
		label.Size = .(,,,)
		label.StudsOffset = .(,,)
		label.Parent = ball
		 txt = .()
		txt.Size = .(,,,)
		txt.BackgroundTransparency = 
		txt.TextColor3 = .(,,)
		txt.TextStrokeTransparency = 
		txt.Font = .Font.SourceSansBold
		txt.TextScaled = 
		txt.Parent = label
	
	label.TextLabel.Text = .(, speed)

  (ball)
	 conn = ball:()
	 conn 
		conn:()
		ball:(, )
	

.Balls.ChildAdded:((child)
	 Player.Character  Player.Character.Parent  Player.Character.Parent.Name ==   child:() 
		(child)
		 conn = child:():(()
			child:(, )
		)
		child:(, conn)
	
)
.TrainingBalls.ChildAdded:((child)
	 Player.Character  Player.Character.Parent  Player.Character.Parent.Name ~=   child:() 
		(child)
		 conn = child:():(()
			child:(, )
		)
		child:(, conn)
	
)
RunService.PreSimulation:(()
	 character = Player.Character
	  character   
	 hrp = character:()
	  hrp   
	 ballFolder = (character.Parent  character.Parent.Name == )  .Balls  .TrainingBalls
	 humanoid = character:()
	 parryBalls = {}
	 closestBall, closestPredictedTime = , .huge
	 _, ball  (ballFolder:()) 
		 ball:() 
			(hrp.Position, ball.Position)
			 currentVelocity = ball.zoomies.VectorVelocity
			 speed = currentVelocity.Magnitude
			 ballDistance = (hrp.Position - ball.Position).Magnitude
			(ball, speed)
			 prevVel = previousVelocities[ball]
			 curvature = 
			 prevVel  speed >   prevVel.Magnitude >  
				 dot = .(prevVel.Unit:(currentVelocity.Unit), -, )
				curvature = .(dot)
			
			previousVelocities[ball] = currentVelocity
			 baseThreshold = (ballFolder == .TrainingBalls)    
			 curvature > .() 
				baseThreshold = baseThreshold + 
			
			 effectiveThreshold
			 speed <=  
				 speed <  
					effectiveThreshold = baseThreshold * 
				
					effectiveThreshold = baseThreshold * ( - ( * (speed - ) / ))
				
			 speed <=  
				effectiveThreshold = baseThreshold * 
			 speed <=  
				effectiveThreshold = baseThreshold * 
			
				effectiveThreshold = baseThreshold * 
			
			 speed >  
				effectiveThreshold = effectiveThreshold + ((speed - ) / )
			
			 otherPlayerNearby = 
			 _, other  (Players:()) 
				 other ~= Player  other.Character  other.Character:() 
					 otherHrp = other.Character.HumanoidRootPart
					 (hrp.Position - otherHrp.Position).Magnitude <  
						otherPlayerNearby = 
						
					
				
			
			 otherPlayerNearby 
				effectiveThreshold = effectiveThreshold + 
			
			 direction = (ball.Position - hrp.Position).Unit
			 ballApproachSpeed = currentVelocity:(direction)
			 playerApproachSpeed = hrp.Velocity:(direction)
			 relativeSpeed = ballApproachSpeed - playerApproachSpeed
			 relativeSpeed <=  
				relativeSpeed = currentVelocity.Magnitude
			
			 predictedTime = ballDistance / relativeSpeed
			 dynamicThreshold
			 speed <  
				dynamicThreshold = 
			 speed <  
				dynamicThreshold =  + ((speed - ) / ) * ( - )
			
				dynamicThreshold = 
			
			 ball:() == Player.Name   ball:()  speed >  
				 ballDistance <=  
					.(parryBalls, ball)
				 ballDistance <= dynamicThreshold  predictedTime <= effectiveThreshold 
					.(parryBalls, ball)
				
			
			 ball:() == Player.Name   ball:() 
				 predictedTime < closestPredictedTime 
					closestPredictedTime = predictedTime
					closestBall = ball
				
			
		
	
	previousPlayerPosition = hrp.Position
	 i, b  (parryBalls) 
		.(()
			VirtualInputManager:(,,,,,)
			b:(, )
			.()
		)
	
	 character.Parent  character.Parent.Name ==   humanoid 
		 bv = hrp:()
		  bv 
			bv = .()
			bv.Name = 
			bv.MaxForce = .(,,)
			bv.P = 
			bv.Parent = hrp
		
		 closestBall 
			 dist = (hrp.Position - closestBall.Position).Magnitude
			 dist >  
				bv.Velocity = (closestBall.Position - hrp.Position).Unit * (humanoid.WalkSpeed  )
			
				bv.Velocity = .(,,)
			
			hrp.CFrame = .(hrp.Position, closestBall.Position)
		
			bv.Velocity = .(,,)
		
	
		 bv = hrp:()
		 bv  bv:() 
	
)